@SHAD0W93
Interesting.
First of all i said it on multiple occasions, that once you have such technology made available and cyclist is wearing it, after that extending it to any hot spot located on the area covered by the "dress" with an additional air pocket, that becomes a rather straightforward task. So here i must insist it's you, on who has issues with the points you raised. Collarbone. For some reason you would like to omit the collarbone and left it unprotected. You are acting rather irrational here aren't you? But OK i have a feeling on why and lets not nitpick. If we are really arguing now on which bone to protect, mere details.
Second thing to say here is i hear you and accepted. You hinted already you are in general not against it any more, now you went further and started posting hard data on effectiveness of such apparel and the numbers, well the numbers are rather blunt, aren't they? It works. Welcome to the club and lets make it happen then.
As for Eddy and his hip, here i was rather clear that likely Pogi, when 80, will be able to benefit from the good work we are doing now. For Eddy unfortunately we were too late but i am sure that he will be back on the bike before the Tour starts.
New reality:
UCI preliminary list (December 2024):
FIS preliminary list (December 2024):
- Airbags are mandatory for Downhill and Super-G athletes as of 2024/25
CN forum preliminary list (December 2024):
- Airbags in general are now considered to be a viable way further
Sure, absolutely you were bringing up “pockets and a “dress” and not harping on the products you first posted.
I’ve never been against airbags, just that the head and neck are vitally more important than the collarbone. Not only do I know how important they are to someone’s health but I deal with patients with those fractures and the head and neck life and healing process is worse. Nor am I the one to that initially raised airbags to specifically protect the collarbone, especially after Roglic’s crash in the Tour. I’ve voiced ways that the technology can be implemented but that we’re not there technologically yet.
Mortality related to a collarbone fracture;
“ Clavicle fractures can be a sign of severe injury and can be linked to increased mortality, particularly in older patients:
Mortality in elderly patients
A study found that patients over 65 with clavicle fractures had a mortality rate of 23%, nearly double the 12% mortality rate for elderly patients without clavicle fractures.
Mortality in severely injured patients
A study found that 21.4% of multitrauma patients with a clavicle fracture died during trauma care or admission.
Mortality in patients with multiple rib fractures
A study found that the overall mortality rate for patients with thoracic trauma and a clavicle fracture was 3.7%.
Mortality in patients with medial clavicle fractures
A study found that a high proportion of patients with medial clavicle fractures die within three years of the injury.”
Compared to a broken neck:
“A broken neck, or cervical fracture, can be fatal, especially in the elderly:
Mortality rates
The 1-year mortality rate for a cervical fracture is around 31.1% for patients without a spinal cord injury (SCI) and 36.5% for patients with an SCI. The mortality rate for cervical spine fractures is higher in the elderly, and is especially high for patients with comorbidities, dementia, or FDHS.”
Compared to a head fracture:
“The mortality rate for head injuries is high, with the severity of the injury being a major factor in determining the outcome:
Moderate head injury
7–10% of people with moderate head injuries will die or remain in a permanent vegetative state.
Severe head injury
Around 33% of people with severe head injuries do not survive.
In-hospital mortality
In one study, the overall in-hospital mortality rate for patients with severe traumatic brain injury was 44.1%.
Overall mortality
The overall mortality rate for patients with head injuries is 18.2%, which is three times higher than the mortality rate for people without head injuries.
The type of skull fracture can also affect the outcome:
Fissure
13.6% of cases with a fissure skull fracture are fatal, while 55.5% are non-fatal.
Comminuted
49.3% of cases with a comminuted skull fracture are fatal, while 16.6% are non-fatal.”
What’s more important to you to try and decrease further? A collarbone, head, or neck fracture?